So glad to see HPL out. An incredible collaboration with Aristotelis Tsirigos and John Le Quesne. Amazing work from Adalberto CQ, Nicolas Coudray and others at UofG Computing Science, UofG Cancer Sciences, @CRUKSI, NYU GSOM Precision Medicine, NYU GSOM Pathology. #AI #Pathology

#1 in New York and now tied for #1 in the United States in Pulmonology and Lung Surgery! This is a testament to our multidisciplinary team of pulmonologists, thoracic surgeons, NPs, RTs, and PharmDs all dedicated to patients with lung disorders. ⁦NYU Grossman School of Medicine⁩

Excited to share our latest paper on identification of cancer relevant CREs and CRE hubs

.Jane Skok Aristotelis Tsirigos present MethNet, a pipeline to integrate #DNAMethylation and gene expression profiles across cancers to uncover distal cis-regulatory element hubs and their functional impact #CancerResearch #enhancers #3Dgenome Cancer at Nature Portfolio nature.com/articles/s4146…

Out today our 3D chromosomal landscape "evolution" paper in pediatric B cell leukemia (B-ALL). We report extensive Hi-C, ATAC- & RNA-seq on matched diagnosis/relapse B-ALL specimens. Work by the fantastic Yohana Ghebrechristos and Sonali Narang at NYU GSOM Pathology and NYU Grossman School of Medicine Nature Communications

Thank you, BIDMC Cancer Center, for the opportunity to present at the CRI Seminar Series! It was an honor to share our work on deciphering tumor heterogeneity through #AI. I’m excited about the future of #PrecisionMedicine and the advancements in #CancerResearch. NYU GSOM Precision Medicine

Lets digitize Pathology! NYU GSOM Pathology

Job Opportunity! We are hiring a Computational Postdoc to join the Tsirigos & Aifantis labs Aristotelis Tsirigos Iannis Aifantis. If you’re passionate about epigenetics, chromatin organization, and integrating multi-omics data using machine learning, this is the role for you! NYU GSOM Precision Medicine

Thrilled to announce that Jimin Tan successfully defended his thesis, 'Advancing Biological Modeling and Discovery through Machine Learning,' co-mentored by David Fenyo. Huge congratulations, Jimin! The future of AI-driven biology is bright! NYU GSOM Precision Medicine

The Aifantis and Tsirigos (Aristotelis Tsirigos) Labs are hiring computational scientists as postdocs. If you’re passionate about epigenetics, chromatin organization, single cell analysis and/or integrating multi-omics data using machine learning, come and join us in New York City!

Celebrating Theo, our brilliant philosopher-scientist, at his farewell happy hour! 🥂 Wishing him all the best as he embarks on his next adventure. We’ll miss his insights, curiosity, and great company! NYU GSOM Precision Medicine

unlike in tech, nearly all big breakthroughs in biomedicine come from academic labs. so, go ahead and cheer on the musk wrecking ball, just be ready for the answer when you ask your doc “what are my options”

At Med #GrandRounds today NYU Grossman School of Medicine, Aristotelis Tsirigos, PhD (Aristotelis Tsirigos) gave an outstanding talk on how single-cell RNA sequencing can be leveraged to map tumor heterogeneity and guide therapeutic strategies in the future. Key Takeaways: ▶️ Single-cell RNA-seq in PDAC

Clonal Heterogeneity in Human Pancreatic Ductal Adenocarcinoma and Its Impact on Tumor Progression biorxiv.org/content/10.110… #biorxiv_cancer

At Med #GrandRounds today NYU Grossman School of Medicine, Julie A. Johnson, Pharm.D of Ohio State CTSI gave an outstanding talk on pharmacogenetics and its impact on drug therapy. She discussed key genes influencing drug response and how genotype-guided approaches can improve patient outcomes. Key

🔬 Our latest study shows how self-supervised learning uncovers links between histologic features, molecular phenotypes and clinical outcomes—without annotations! 🧬 AI-driven pathology brings us closer to precision medicine. nature.com/articles/s4146… NYU GSOM Pathology NYU GSOM Precision Medicine

We were inspired by approaches like C.Origami from Bo Xia and Aristotelis Tsirigos labs, which use deep learning to accurately predict 3D genome structure from separate ATAC-seq, CTCF ChIP-seq, & WGS DNA sequencing experiments. 7/